The changes in emission characteristics of a neon hollow cathode discharge by resonant laser excitation of 1s 5→2p 2 and 1s 5→2p 4 transition have been studied by simultaneously monitoring the optogalvanic effect and the laser induced fluorescence. It has been observed that resonant excitation causes substantial variation in the relative intensities of lines in the emission spectrum of neon discharge.Cochin University of Science and Technolog
We describe a simple method for the observation of argon ion transitions in hollow-cathode lamps, us...
Il y a deux mécanismes, différents de manière significative, qui sont proposés pour rendre compte de...
In the present work we have studied the time-resolved optogalvanic signals in the spectra of inert g...
The hollow cathode glow discharge is a very suitable source to measure the optogalvanic effect (OGE)...
The optogalvanic effect from Ar positive-ion transitions, corresponding to the spectral lines emitt...
The photoemission optogalvanic (POG) effect has been investigated in a neon-neodymium hollow cathode...
Une théorie semi-empirique de l'effet optogalvanique résonnant, soulignant ses caractéristiques de r...
Laser-induced photoelectric and photoemission optogalvanic effects in a Ne-Nd hollow cathode dischar...
$^{a}$1999-2000 NASA Administrator's Faculty Fellow at Goddard Space Flight CenterAuthor Institution...
Optogalvanic spectroscopy with two-step laser excitation was successfully applied to the electric fi...
$^{*}$ Supported by NSF Grant $\#CHE-8007042$.Author Institution:Using an F-center laser and the tec...
It has been demonstrated in this work that commercial hollow cathode discharge lamps can be used for...
When a laser is tuned between two excited energy levels of a gas in a Direct Current discharge lamp,...
The optogalvanic signal (OGS) induced in a uranium-neon hollow-cathode discharge was measured as a f...
We present the dominant physical processes responsible for the production of the optogalvanic signa...
We describe a simple method for the observation of argon ion transitions in hollow-cathode lamps, us...
Il y a deux mécanismes, différents de manière significative, qui sont proposés pour rendre compte de...
In the present work we have studied the time-resolved optogalvanic signals in the spectra of inert g...
The hollow cathode glow discharge is a very suitable source to measure the optogalvanic effect (OGE)...
The optogalvanic effect from Ar positive-ion transitions, corresponding to the spectral lines emitt...
The photoemission optogalvanic (POG) effect has been investigated in a neon-neodymium hollow cathode...
Une théorie semi-empirique de l'effet optogalvanique résonnant, soulignant ses caractéristiques de r...
Laser-induced photoelectric and photoemission optogalvanic effects in a Ne-Nd hollow cathode dischar...
$^{a}$1999-2000 NASA Administrator's Faculty Fellow at Goddard Space Flight CenterAuthor Institution...
Optogalvanic spectroscopy with two-step laser excitation was successfully applied to the electric fi...
$^{*}$ Supported by NSF Grant $\#CHE-8007042$.Author Institution:Using an F-center laser and the tec...
It has been demonstrated in this work that commercial hollow cathode discharge lamps can be used for...
When a laser is tuned between two excited energy levels of a gas in a Direct Current discharge lamp,...
The optogalvanic signal (OGS) induced in a uranium-neon hollow-cathode discharge was measured as a f...
We present the dominant physical processes responsible for the production of the optogalvanic signa...
We describe a simple method for the observation of argon ion transitions in hollow-cathode lamps, us...
Il y a deux mécanismes, différents de manière significative, qui sont proposés pour rendre compte de...
In the present work we have studied the time-resolved optogalvanic signals in the spectra of inert g...